Category Archives: Conference Paper
Natural Ventilation and Fans for Low Carbon Buildings
Dear PLEA friends, This is just a thought as you may be now going on to design very low energy buildings – for practice, projects or competitions. Obviously the longer one can run a building on free local, natural energy the … Continue reading
PLEA 2020 conference proceedings are now available
The PLEA 2020 conference proceedings have been uploaded to the official repository of the University of A Coruña. Title: Planning Post Carbon Cities: 35th PLEA Conference on Passive and Low Energy Architecture, A Coruña, 1st-3rd September 2020: Proceedings Author(s): Rodríguez-Álvarez, Jorge Gonçalves, … Continue reading
Life Cycle Cost and Carbon Appraisal for a Prefabricated Residential Development in London
This paper provides an overview of the opportunities for renewable energy generation and low-carbon solutions in a prefabricated residential development (which includes some commercial space) in London. Its objective is to identify the optimum design of mechanical and electrical (M&E) … Continue reading
Critical Analysis on Research Trend on Passive and Low Energy Architecture Study Through Text Data Mining Technique in the Period of 2006 to 2018
As one of the leading conferences in the study area of passive and low energy architecture, the Passive and Low Energy Architecture (PLEA) Conference has presented continuously great efforts and innovative ideas from worldwide research communities and professional society in … Continue reading
The Environmental Performance Of Temporary Urban Interventions: Technical Assessment Of Regeneration Initiatives In The City Centre Of São Paulo, With Focus On Thermal And Acoustic Performance
Temporary urbanism is an approach to reactivate urban spaces through short-term interventions in a range of urban contexts. In central São Paulo, the Luz and Santa Ifigênia neighbourhoods, characterized by deprivation of their physical environments and social structures, were the … Continue reading
The Effect of Increasing Vegetation Cover on Energy Demand for Heating and Cooling Buildings in a Dense Mediterranean City
The study examines the effects of adding vegetation to a Tel Aviv neighbourhood on the microclimate, and subsequently on electricity consumption for heating and cooling. Computer simulation was employed to generate modified weather files that account for urban effects in different … Continue reading
Assessing the Glare Potential of Complex Fenestration Systems: a Heuristic Approach Based on Spatial and Time Sampling
This paper proposes a new heuristic to simulate and study the visual comfort aspect in the designing of Complex Fenestration Systems. The goal of the heuristic is two-folded, (i) provide useful and simple visualization tools for preliminary glare assessments of … Continue reading
Physical Monitoring of Replacement Infill Panels for Historic Timber-Framed Buildings in the UK: Comparing hygrothermal simulations and dual climate chamber testing
With the aim of reducing carbon emissions and increasing hygrothermal comfort, buildings across the UK are undergoing energy retrofits. With historic buildings, it is important that retrofit actions have a limited negative impact on the building’s fabric and cultural significance. … Continue reading
Occupant Satisfaction in 60 Radiant and All-air Buildings
Radiant heating and cooling systems have the potential to save energy and are widely used in zero net energy buildings. Their positive and negative impacts on indoor environmental quality and, in particular, thermal comfort compared to all-air systems are still … Continue reading
Assessment of ThermODrain system on Thermal Comfort – Study of a Multi-storied Office Building in Nashik, India
A ThermO-Drain (TOD) is a system that uses water cooled by night sky to drain the radiant heat within a building. In office buildings, ‘all air-cooled’ systems are most prevalent. The study aimed to assess the thermal comfort of occupants … Continue reading